CHIL-JOINT® CP-70 is a non-shrinking, non-drying, economical joint sealant for applications with all types of low-temperature, dual temperature and some high temperature insulation systems. CHIL-JOINT® CP-70 sealant is used to vapor seal and act as an expansion joint in the joints of cellular glass and cellular plastic insulations. It will not attack polystyrene insulations and remains malleable and functional through a wide temperature range. CHIL-JOINT® CP-70 sealant has good resistance to elevated temperatures and it is recommended as a joint sealant material up to 300 deg F (149 deg C). It is an excellent water and vapor sealant for insulation joints and bedding between pipes and rigid insulation. It is also suggested as a joint and lap sealant for all metal jacketing systems.
Childers™ CHIL-JOINT® Sealant, 10.5 oz Net Content, Liquid, Gray, Solvent, Composition: Stoddard Solvent, Crystalline Silica, Ethyl Alcohol, Cobalt Bis(2-Ethylhexanoate), Trimethyl Benzene, Trimethylbenzene, 1,2,4, Methyl Ethyl Ketoxime, 40 to 100 deg F, 24 hr Dry Time, 1.62 Specific Gravity, 4.98 % VOC, Applicable Materials: Glass, Plastic
| Applicable Materials | : | Glass, Plastic |
| Color | : | Gray |
| Composition | : | Stoddard Solvent, Crystalline Silica, Ethyl Alcohol, Cobalt Bis(2-Ethylhexanoate), Trimethyl Benzene, Trimethylbenzene, 1,2,4, Methyl Ethyl Ketoxime |
| Dry Time | : | 24 hr |
| Form | : | Liquid |
| Net Content | : | 10.5 oz |
| Odor/Scent | : | Solvent |
| Specific Gravity | : | 1.62 |
| Temperature Rating | : | 40 to 100 deg F |
| VOC Content | : | 4.98 % |
- It has a low level of volatiles, which would cause shrinking when it is used to seal the joints of impermeable materials
- It will not shrink or pull away from surfaces and even at elevated temperatures (although it may discolor and harden) it still forms a tight weather bond under most conditions
- It forms a tough protective surface where exposed to the air, which helps protect the underlying sealant
- CHIL-JOINT® CP-70 sealant requires no mixing or additives
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